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The SECARB offshore partnership project seeks to screen deep saline aquifersand hydrocarbon reservoirs in the central Gulf of Mexico (GOM) for CO2sequestration and CO2-driven enhanced oil and gas recovery and estimate thecorresponding CO2 storage resources for select reservoirs. To this end, threemajor objectives have been completed: managing geological data from differentsources, building a reservoir screening platform for CO2 storage, and rankingthe reservoirs based on the estimated storage potential. First, the majorgeological characteristics of both shelf and deep-water areas of the centralGOM were examined and compared to define the appropriate reservoir screeningcriteria. Consequently, the CO2 storage resources of the screened reservoirswere calculated and reported at the BOEM field level to identify fields withthe highest storage potential. In the project's current phase, the assessmentis being expanded to saline formations. Correlations are being identified,tested, and developed for a broad range of rock and fluid properties, includingthickness, porosity, permeability, fluid saturation, and fluid chemistry. Thesecorrelations are developed for interfacial tension and CO2 saturated brineviscosity to improve the storage estimates and consider the capillary trappingand solubility of CO2 in reservoir fluids. SAS Viya software is used to makevisualizations of these properties of the offshore reservoir and makecomparisons and draw similarities between the experimental and estimatedcorrelated measures. Using interactive plots, different conditions could bescreened, making the analysis more attractive from a user's point of view.

Evaluating CO2 Storage Potential of Offshore Reservoirs and Saline  Formations in Central Gulf of Mexico by Employing Data-driven Models with SAS  Viya